ICD 705 Physical Security Course

The Department of the Air Force Materiel Command Lifecycle Management Center at Wright Patterson Air Force Base is seeking a contractor to provide an ICD 705 Physical Security Training course at Nellis Air Force Base. The solicitation requires a qualified vendor to deliver a comprehensive 40-hour training program for 100-120 participants, focusing on Secure Compartmented Information Facility (SCIF) and Special Access Program Facility (SAPF) construction requirements. Contractors must provide at least two experienced instructors with expertise in SCIF/SAPF project management, construction, and contracting, and deliver course content that covers topics such as security controls, accreditation artifacts, and Department of Defense Minimum Antiterrorism Standards. The evaluation will be based on a lowest-priced technically acceptable approach, with quotes due by February 26, 2025, and an anticipated award date of March 3, 2025. Vendors must submit their quote via email to Henry W. Harris Jr. and include their CAGE code and UEI number.

The solicitation is not set aside for any specific business category, though the RFQ document indicates it is a 100% small business acquisition. The training will be conducted in a SCIF/SAPF environment from August 26-29, 2024, with daily sessions from 0800 to 1500 hours at the HQ ACC A5/8ZN Nellis AFB Conference room located in Indian Springs, Nevada. The period of performance spans four days, during which the contractor will be responsible for providing all necessary instructional materials, which must be distributed electronically due to USB drive restrictions. No specific incumbent contractor is mentioned, and while pricing can be structured per student or as a flat fee, no specific budget range is provided in the available documentation. The course is designed primarily for Government Security Specialist Officers (GSSOs) and Civil Engineer Personnel, with an emphasis on comprehensive, interactive training that incorporates adult learning principles and at least 10% kinesthetic learning methods.